Science & Innovation
Diamondiyne Explained: The New Porous Cousin of...
Diamondiyne is a new porous carbon allotrope made at the University of Gothenburg. It is not a gem, but it shows readers in Miami and everywhere why a diamond's structure...
Diamondiyne Explained: The New Porous Cousin of...
Diamondiyne is a new porous carbon allotrope made at the University of Gothenburg. It is not a gem, but it shows readers in Miami and everywhere why a diamond's structure...
3D Scanning and Ring Sizing: What Technology Ca...
3D scanning captures hand shape well, but ring size depends on knuckle, temperature and band width, so readers in Beverly Hills should pair technology with a careful physical measurement.
3D Scanning and Ring Sizing: What Technology Ca...
3D scanning captures hand shape well, but ring size depends on knuckle, temperature and band width, so readers in Beverly Hills should pair technology with a careful physical measurement.
Gold Leaf Science: Why Gold Can Be Beaten Hundr...
Gold leaf is about 0.1 micrometers thick because gold, with its face centered cubic crystal and metallic bonds, is the most malleable metal, a property Los Angeles jewelry lovers can...
Gold Leaf Science: Why Gold Can Be Beaten Hundr...
Gold leaf is about 0.1 micrometers thick because gold, with its face centered cubic crystal and metallic bonds, is the most malleable metal, a property Los Angeles jewelry lovers can...
Diamond Traceability Technology: How Blockchain...
Diamond traceability combines a digital record made at the mine, independent lab grading and a laser inscription on the stone. Here is how provenance technology works, explained for buyers in...
Diamond Traceability Technology: How Blockchain...
Diamond traceability combines a digital record made at the mine, independent lab grading and a laser inscription on the stone. Here is how provenance technology works, explained for buyers in...
CVD vs HPHT Lab Grown Diamonds: How Each Is Mad...
HPHT lab grown diamonds crystallize from carbon dissolved in molten metal under immense pressure, while CVD diamonds grow layer by layer from a methane and hydrogen plasma. Here is the...
CVD vs HPHT Lab Grown Diamonds: How Each Is Mad...
HPHT lab grown diamonds crystallize from carbon dissolved in molten metal under immense pressure, while CVD diamonds grow layer by layer from a methane and hydrogen plasma. Here is the...
Quantum Diamonds: How a Levitating Diamond Coul...
In October 2026, OIST researchers used quantum spins in a levitating diamond to move a centimeter scale object, a step toward testing quantum gravity. Explained for science lovers in Los...
Quantum Diamonds: How a Levitating Diamond Coul...
In October 2026, OIST researchers used quantum spins in a levitating diamond to move a centimeter scale object, a step toward testing quantum gravity. Explained for science lovers in Los...